Hybrid Connectivity for Autonomous Vehicles: Conceptual View Initial Results

Keyphrases

• Road Traffic 100%
• Conceptual View 100%
• Autonomous Vehicles 100%
• Digital Services 50%
• Road Safety 50%
• Service Delivery 50%
• Terrestrial Networks 50%
• Satellite Network 50%
• Technology Assessment 50%
• Edge Computing 50%
• Communication Technologies 50%
• Road Condition 50%
• Hybrid Wireless Networks 50%
• Network Perspective 50%
• Safety Efficiency 50%
• Road Weather 50%
• Communication Architecture 50%
• Connected Vehicles 50%
• Traffic Efficiency 50%
• Communication Range 50%
• Satellite Technology 50%
• Sequence Diagram 50%
• Message Transfer 50%
• Global Reach 50%
• Automated Vehicles 50%
• Transfer Synchronization 50%
• Information Synchronization 50%
• Communication Connectivity 50%
• Complementary Technology 50%

Computer Science

• Digital Service 100%
• Use Case 100%
• Service Delivery 100%
• Communication Architecture 100%
• Autonomous Vehicles 100%
• Sequence Diagram 100%
• Providing Service 100%
• Transfer Message 100%
• Accurate Information 100%
• Information Technology 100%
• Edge Computing 100%
• Communication Range 100%
• Terrestrial Network 100%
• Satellite Network 100%

INIS

• vehicles 100%
• roads 100%
• hybrids 100%
• satellites 100%
• information 66%
• architecture 66%
• simulation 33%
• solutions 33%
• efficiency 33%
• safety 33%
• implementation 33%
• range 33%
• evaluation 33%
• delivery 33%
• coverings 33%
• diagrams 33%
• availability 33%
• weather 33%
• synchronization 33%